Gamma radiation has no mass and no charge. It can be written as γ or \(_{0}^{0}\textrm{γ}\) An example of beta and gamma decay of cobalt-60 Beta and gamma decay of cobalt-60: ...

Gamma ray emission causes no change in the number of particles in the nucleus meaning both the atomic number and mass number remain the same. All types of radioactive decay can be detected by a ...

Nuclear power comes with almost zero greenhouse gas emissions, but has its own issues in the form of radioactive waste.

Wilhelm Röntgen discovered X-rays while experimenting with cathode rays and crystals, leading to the realization that ...

The two isotopes differ in their physical attributes, with cesium having a longer half-life but lower emitted gamma radiation energy. Cobalt-60 has a shorter half-life with higher energy. Half-life is ...

Atoms which have unstable nuclei are radioactive and are called radioisotopes or radionuclides. The change that an unstable nucleus undergoes is called disintegration or decay. When unstable nuclei ...

Researchers have developed a prototype nuclear battery that converts ambient gamma radiation into electricity using ...

Nuclear batteries harness energy from radioactive decay, converting it into electricity. These devices are ideal for ...

This is not the case however with natural uranium, where people are also exposed to the more penetrating beta and gamma radiation emitted by the decay products of uranium that are normally found in ...

The atom can be characterized by the number of protons in the nucleus. Some natural elements are unstable. Therefore, their nuclei disintegrate or decay, thus releasing energy in the form of radiation ...

When beta radiation slows down it can produce X-rays or gamma rays. The saving grace ... you can look for yellowed glass. Radioactive decay could also cause hot spots on digital cameras.